baber/WOPTO huggingface dataset:
Patent AU-2015100072-A4 (AU)
Title: Rolaze
Inventor: KARIMI KOOSHYAR
IPC: F41B15/00
Filed: 2015-01-17
Granted: 2015-03-05
Abstract: Page 4 The disclosed Rolaze is an electrical rotating laser lights consistent with a spinning spindle shape laser lights collection and a concave mirror behind it that creates a large surface of strong laser light in front of the person to repel or stop or paralyses the assaulting humans or dangerous animals. The Rolaze device can be worn on a hat or around the wrist or ankle or neck and it works with rechargeable batteries. Rolaze is environmentally clean, it does not produce any waste polluting product, and it is very effective and fast and safe. Unlike guns, Rolaze does not harm the others and it can replace guns especially for civilians. Rolaze uses ordinary 12v batteries and it is a very effective self-defense system using laser technology. LASER PROJECTOR BLOCK DIAGRAM 1ASpindle 1-F Strap 1-CCorcavE M irror 1-E Laser H L-ad Page 6 Figure 1- Drawings
Patent AU-2015101409-A4 (AU)
Title: System and method for multi-vendor location based delivery platform.
Inventor: TWEEDIE ANDREW
IPC: G06Q30/00
Filed: 2015-09-28
Granted: 2015-11-05
Abstract: Abstract System and method for enabling a plurality of location-enabled content, services and applications from multiple vendors within one marketplace interface (9), that enables a user to select from the multiple vendor services (18) and content (19) within one interface and platform and assign locations and other criteria to those services, content or applications that a user accessing these via a location-enabled mobile device needs to adhere to in order to access or consume these services, content or applications (22). A user can access or consume a variety of content, services or applications via their location-enabled device (11) which communicates the user's location to the system (2) to determine the services, content or applications they can access based on their current location and other criteria being achieved (3). Drawings LOCAT ONk$BASEDCYNTTf I W NE 0A SET 7EN CONT N Y'A ALAB CON TLANF S3A ED ON VNO Figure 1
Patent AU-2016100878-A4 (AU)
Title: Film for gas discharge and bag made from the same
Inventor: TZU KUO-HSIANG
IPC: B65D33/01
Filed: 2016-06-16
Granted: 2016-07-14
Abstract: A film for gas discharge includes an inner film member, an outer film member, adhesive for securing the inner and outer film members together, an inlet through the inner film member, an outlet in the adhesive adjacent to ends of the inner and outer film members, a 5 release member between the inlet and the outlet, and a valve on the release member. The valve may close the release member to block a passage from the inlet to the outlet or open the release member to unblock the passage. A bag made from the film for gas discharge is also provided.
Patent AU-2016100960-A4 (AU)
Title: Conveyor belt scraper mounting assembly
Inventor: GREAVES GRAEME
IPC: B65G39/09
Filed: 2016-06-29
Granted: 2016-08-11
Abstract: A mounting assembly (33) for a conveyor belt scraper system (30) of the type comprising a shaft (31) and a plurality of scraper blades (35) mounted on the shaft. The mounting assembly (33) comprises a housing (51) to support an end section (41) of the shaft (31). A bearing (53) is adapted to be received on the end section (41) of the shaft (31) and supported in the housing (51). The housing (51) comprises first and second sections (61, 62) adapted to be releasably connected together. The housing (51) has an assembled condition in which the first and second housing sections (61, 62) are connected together to support the bearing (53) and the shaft section (41) received therein. The housing (51) also has a disassembled condition in which the first and second sections (61, 62) are separated to permit installation and removal of the bearing (53). 33b 6/15 933a 81 33b 33b 31 33a 61 33b 41
Patent AU-2016102406-A4 (AU)
Title: An unmanned ground vehicle for inspecting confined infrastructures
Inventor: LEE JAEHO
IPC: G05D1/02
Filed: 2016-04-12
Granted: 2019-05-09
Abstract: The present invention relates to an unmanned ground vehicle (UGV) for inspecting infrastructure. The UGV includes a navigation system including one or more sensors for sensing the infrastructure, and for navigating the UGV relative to the sensed infrastructure. An inspection system is also provided for inspecting the infrastructure. Advantageously, the UGV may navigate along and inspect all sizes of culverts. The UGV may be accurately and repeatedly navigated relative to the sensed culverts during inspection using the localized onboard sensors, and preferably need not rely on GPS signals which are often unreliable in confined locations and less accurate than the sensors. Preferably, the navigation is automated thereby improving inspection accuracy and repeatability.
Patent AU-2017100180-A4 (AU)
Title: Computer implemented method and system for assessing automobile load
Inventor: PEDDER SCOTT MICHAEL
IPC: G06Q50/00
Filed: 2017-02-16
Granted: 2017-03-23
Abstract: - 24 A computer implemented method for assessing automobile performance under load is provided. The method comprises receiving an automobile type; receiving one or more accessory and/or load modification; determining one or more change to automobile performance when the received one or more accessory and/or load modification is made to the automobile; and generating a report comprising the determined one or more change to automobile performance. The determining one or more change to automobile performance may comprise obtaining data on the received one or more accessory and/or load modification stored in a database and/or weighing the automobile. -- -----------------------------------------'----- .. .. .. .. ... c . . . . . . . . . . . . . . . / - -X. CI- -o 00CA0 C-I
Patent AU-2018100764-A4 (AU)
Title: Flush fit smoke alarm
Inventor: TUNLEY GREGORY JAMES
IPC: G08B17/10
Filed: 2018-06-07
Granted: 2018-07-12
Abstract: There is provided a method and apparatus for installing a flush fit smoke alarm. The flush fit smoke alarm comprising a front portion including inlets for receiving air therethrough to monitor the presence of smoke, a rear portion extending 5 rearwardly from the front portion, adjacent a circumferential shoulder, and at least two arms hingedly connected to the rear portion and biased by respective biasing members, such that a free end of each arm is urged toward or against said circumferential shoulder. Wherein the arms are movable against said bias, whereby the rear portion is insertable in through a hole in said panel, whereupon the arms are 10 pivotable under the influence of the biasing members such that the free ends of the arms bear against a rear surface of the panel to thereby clamp said panel between the circumferential shoulder and said free ends of the arms. Figure 8c 26 30 12 28 24 14 I-) 14 Figure 8d
Patent AU-2018101755-A4 (AU)
Title: High hardness material alumina ceramic production plant
Inventor: PENG FEI
IPC: C04B26/28
Filed: 2018-11-17
Granted: 2018-12-20
Abstract: High hardness material alumina ceramic production plant Abstract 5 High hardness material alumina ceramic production plant, including: combustion furnace (B1O), conveyor (Viol), conveyor (V102), grinder (LIO), feedstock pump (JI01), feedstock pump (J102), feedstock pump (J103), feedstock pump (J104), tank (F101), tank (F102), tank (F103), tank (F104), extruder (L102); among them, tank (FlOl) is used to store oleic acid, tank (F102) is used to store benzene, tank (F103) is 10 used to store gum arabic solution, tank (F104) is used to store carboxymethyl cellulose aqueous solution; the connection between the various components of the production plant is: conveyor (V101) is connected respectively to combustion furnace (B1O) and grinder (LiO), feedstock pump (JiO) is connected respectively to tank (FlOl) and grinder (LiO), conveyor (V102) is connected respectively to grinder 15 (LiO) and extruder (L102), tank (F102) is connected to feedstock pump (J102), tank (FI03) is connected to feedstock pump (JI03), tank (FI04) is connected to feedstock pump (JI04), extruder (LI02) is connected respectively to feedstock pump (JI02), feedstock pump (JI03), feedstock pump (JI04) and conveyor (VI02); among them, outlet diameter of feedstock pump (JI04) is 220-230 mm. Figure 1 C[=) A~umina~F102 Fdditive =, - FIO Jla4 cxDD aci>E -product V101 LIGI V102 L102 Figure 1
Patent AU-2019101574-A4 (AU)
Title: System and method for ending view change protocol
Inventor: YANG DAYI
IPC: G06F11/00
Filed: 2019-12-12
Granted: 2020-01-23
Abstract: Methods, systems, and apparatus, including computer programs encoded on computer storage media, for performing view change. One of the methods is to be implemented on a blockchain and performed by a first node of N nodes in a view change protocol. The method includes: multicasting a view change message to at least some of the N nodes; obtaining, respectively from at least Q second nodes of the N nodes, at least Q echo messages each comprising: a consistent current view known to the second node indicating a primary node designated among the N nodes, and a consistent current sequence number known to the second node, the current sequence number associated with a latest transaction or a latest block, the current sequence number is larger than a first sequence number known to the first node; and responsive to obtaining the at least Q echo messages, ending the view change protocol.
Patent AU-2020102805-A4 (AU)
Title: An organelle mobile device based on a linearly distributed triple core optical fiber
Inventor: ZHANG XIAOTONG
IPC: G02B21/00
Filed: 2020-10-16
Granted: 2020-12-10
Abstract: The present invention provides an organelle mobile device based on a linearly distributed triple 
core optical fiber (TRCF). The optical fiber organelle mobile device is mainly composed of (1) a 
three-waveguide fiber optical tweezers probe with an asymmetric wedge surface and (2) a light 
source that can provide photodynamic for the trapping of organelle. A non-contract and non
destructive micro-manipulation of the organelles inside a single cell can be performed by a 
TRCF optical tweezers probe. The present invention can be widely used in the technical field of 
organelle trapping, sensing, measurement and analysis within cells.
2/4 
S ide view 
Triple core fiber 
CCDr Grinding disk 
Front view 
FIG.3 
na 
n.  
FIG.4
Patent AU-2020103836-A4 (AU)
Title: A fiber-end super-resolution nano-fluorescence microscopic illumination probe
Inventor: YUAN LIBO
IPC: G02B21/06
Filed: 2020-12-02
Granted: 2021-02-11
Abstract: The invention provides a fiber-end super-resolution nano-fluorescence microscopic illumination 
probe: it is characterized by the composition of a coaxial dual-waveguide fiber optical tweezers 
system and a cascade of two dielectric microsphere lenses. The coaxial dual-waveguide fiber has 
a center core and an annular core, and there are symmetrical truncated cone structures at the fiber 
ends. They reflect and focus the annular trapped beam transmitted in the annular core to form a 
trap and traps a microsphere lens. A groove is etched in the center of the end face of the fiber and 
another microsphere lens is adhered to the groove. Two microsphere lenses are coaxially 
distributed with the fiber, and the fluorescence excitation beam transmitted by the center core is 
compressed in two stages by the two microsphere lenses to form a super-resolution optical nano
jet that exceeds the diffraction limit, enabling super-resolution fluorescence illumination at the 
nanometer scale.
1/5 
DRAWINGS 
1-2 
FIG.1 
1 
Step 1 Step 
Step 2 Step 5 
3 
FIG.2
Patent AU-2020103849-A4 (AU)
Title: QCIU- Education Environment System: Quantum Computing Integrated Development Education Environment Using IoT-Based System
Inventor: KISHORE V VIJAYA
IPC: G09B5/06
Filed: 2020-12-02
Granted: 2021-02-11
Abstract: Our Invention "QCIU- Education Environment System" is a computer-implemented, 
quantum computer method provides an educational environment in a virtual reality 
setting and individuals navigate a virtual reality campus by using an avatar to interact 
with other users and to engage in learning experiences in the virtual setting. The invented 
technology also individual's complete projects in virtual reality by accessing educational 
materials in electronic format and communicating with one another via text-based chats 
and real time audio. The invented technology also includes virtual reality campus 
emulates a physical campus by providing meeting spaces and work areas where students 
spontaneously share information and complete pre-planned tasks. An electronic database 
tracks biographical and educational information about each user that users progress in 
achieving study goals and the deliverables that the student produces to fulfil 
requirements of virtual instruction. The database also links to other systems such as a 
registration database so that the student's entire learning experience on both a physical 
campus and in virtual reality can be conveniently accessed electronically.  
23
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Patent AU-2021100791-A4 (AU)
Title: Curtain rod
Inventor: WANG GAOFENG
IPC: A47H1/02
Filed: 2021-02-09
Granted: 2021-04-22
Abstract: The present utility model provides a curtain rod, including a curtain rod body, a first elbow 
bracket, a second elbow bracket and a plurality of curtain cloth buckles. One ends of the first 
elbow bracket and the second elbow bracket are fixedly installed to a wall, and the other ends of 
the first elbow bracket and the second elbow bracket are connected and installed by the curtain rod 
body. The plurality of curtain cloth buckles are arranged on the first elbow bracket, the second 
elbow bracket and the curtain rod body, and curtain cloth is installed at a lower end of the curtain 
cloth buckle. The present utility model has a simple structure and an ingenious design, and is 
designed as an elbow by using the first elbow bracket and the second elbow bracket, which can 
realize full shading without a light-leaking phenomenon.
10 
20 
30 
40 
Figure 1 
203 
201 
20 
Figure 2
Patent AU-2021102331-A4 (AU)
Title: Peripheral retinal aberration optical measurement device based on a hartmann-shack wavefront aberration measuring instrument
Inventor: ZHANG LIN
IPC: A61B3/00
Filed: 2021-05-03
Granted: 2021-12-09
Abstract: The present disclosure discloses a peripheral retinal aberration optical measurement device 
based on a Hartmann-Shack (H-S) wavefront aberration measuring instrument, including an H
S wavefront aberration measuring instrument, a beam splitter, an external sighting target field, 
and a spectral photometric scanner. According to the present disclosure, a measuring sighting 
target system is subjected to centralized positioning by using the principle that a center point of 
a built-in sighting target is in image superimposition with a center of an external sighting target 
system, i.e., a fixation center is kept on a pupillery axis, so as to ensure the accuracy of other 
fixation angles with the fixation center as the center. The beam splitter is externally arranged on 
a measuring optical path of the H-S wavefront aberration measuring instrument to use the 
refraction effect of the beam splitter to guide a subject to perform off-axis other, so as to achieve 
the purpose of measuring an off-axis aberration.
3/7 
-Built-in 
sighting target 
HartBuilt-in Hartmann-Shack 
L wavefront aberration 
measuring instrument 
Large-field 
Beam splitter sighting target 
Oculogyration 
fixation 
FIG. 3
Patent AU-2021103245-A4 (AU)
Title: A pulsed direct current (pdc) fed electrocoagulation system and method for waste water treatment
Inventor: KARTHIKEYAN K
IPC: C02F1/463
Filed: 2021-06-10
Granted: 2022-03-31
Abstract: The present invention generally relates to a pulsed direct current 
(PDC) fed electrocoagulation system and method for waste water 
treatment. The system comprises a three-phase diode bridge configured 
for converting alternating current (AC) to direct current (DC); a buck 
converter interfaced with a capacitor filter for smoothening direct current; 
and a control unit for optimizing output power optimization and 
controlling output voltage through pulse-width modulation (PWM) pulses 
that are generated from the control unit consisting of dsPIC 4011.  
13
Patent AU-2021104190-A4 (AU)
Title: Method for measuring the diameter of single tree based on angle change
Inventor: YU XINWEN
IPC: G01B5/08
Filed: 2021-07-15
Granted: 2021-08-26
Abstract: The invention discloses a method for measuring the diameter of a single tree based on angle 
change, which comprises the following steps: a device adopted by the method wraps the 
measured trunk around with a sheath steel wire in stretching direction; And when the tree 
grows, the diameter of the trunk becomes larger, the sheath steel wire is driven to stretch along 
the stretching direction, thereby driving the shaft rotating to wind the sheath steel wire around 
the shaft, and the angle sensor can sense the rotating angle of the shaft. The increasing value 
of the trunk circumference can be calculated according to the rotating angle a and the radius R 
of the rotating shaft, namely Al R - a . The invention provides reasonable structural design 
which is simple and reliable to apply, and can utilize the sheath steel wire wrap around the 
trunk to pull the shaft and the magnet on top of the shaft rotating, the angle sensor on the circuit 
can sense the rotating angle, and caculate the change of trunk circumference after sensing the 
angle change, so as to indirectly measure the diameter of the trunk.
1/2 
FIGURES 
7A 
power management akln 
real-time dock 
battery 
5 
i nsingle chip 
sensornucrmemorye 
8 6 
10 
stretch 3 
direction 
Figure 1
Patent AU-2021105287-A4 (AU)
Title: Method for Simultaneously Retrieving Surface Temperature and Emissivity from Remote Sensing Data Based on Deep Learning
Inventor: MAO KEBIAO
IPC: G06K9/00
Filed: 2021-08-11
Granted: 2021-10-07
Abstract: A method for simultaneously retrieve that surface temperature and emissivity from remote 
sensing data based on deep learning comprises three steps: firstly, forward simulation is carry 
out on the regions and seasons of the 29th, 31st and 32nd thermal infrared bands of the remote 
sensing data MODIS and an atmospheric model by using atmospheric radiation transmission 
simulation software MODTRAN4, and a training and testing database is established. The 
second step is to train and test the training and test data sets repeatedly by using neural network.  
The third step is the inversion calculation of MODIS actual image data, and the actual surface 
verification and application analysis. The surface temperature and emissivity products obtained 
by the method have high precision, strong practicability and relatively simple operation.
1/6 
FIGURES 
Figure 1 
Enter the atmospheric 
parameters of the area 
where the surface 
temperature, near-surface 
air temperature and 
atmospheric moisture 
content range are located& 
Surface temperature and 
MODTRAN4 Neural network emissivity inversion 
atmospheric radiation training and module, 
transmission testing module, 
simulation module, 
output surface 
temperature and 
emissivity-j 
Figure 2
Patent AU-2021105324-A4 (AU)
Title: Low noise high speed domino logic design in deep submicron cmos
Inventor: GARG SANDEEP
IPC: H03K19/00
Filed: 2021-08-11
Granted: 2021-12-02
Abstract: LOW NOISE HIGH SPEED DOMINO LOGIC 
DESIGN IN DEEP SUBMICRON CMOS 
ABSTRACT 
The present invention is related to low noise high speed domino 
logic design in deep submicron CMOS. The objective of present 
invention is to solve the abnormalities presented in the prior art 
techniques related design of domino logic circuit in submicron CMOS 
design. A novel Low noise High Speed Domino logic is designed and 
implemented using 32nm (Metal Oxide Semiconductor Field Effect 
transistors) MOSFET Technology in this disclosure.  
25
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IOTPUT 
inverte OTU 
Evaluation 
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GNID GND GNDGND 
FIGURE 1 
26
Patent AU-2021105481-A4 (AU)
Title: Construction operation, monitoring, maintenance planning and future risk prediction of bigger constructions using Artificial Intelligence based Internet of things
Inventor: ANANDHARAJ G
IPC: G06Q50/08
Filed: 2021-08-13
Granted: 2021-11-11
Abstract: Construction operation, monitoring, maintenance planning and future risk 
prediction of bigger constructions using Artificial Intelligence based Internet 
of Things 
Abstract: 
In building maintenance, facilities managers generally use reactive or preventative 
maintenance techniques. Moreover, there are certain drawbacks, such as reactive 
maintenance's inability to avoid breakdown and prevention maintenance's inability 
to forecast the future state of MEP components as well as fix them in advance to 
improve facility life. As a result, the goal of this research is to use sophisticated 
technologies and a predictive maintenance plan to address these constraints. The use 
of the Internet of Things (IoT) as well as building information modeling (BIM) can 
increase facility maintenance management (FMM) efficacy. Despite major attempts 
to integrate BIM as well as IoT to the architectural, architecture, constructions, and 
facilities management (AEC/FM) industries, IoT and BIM connectivity for FMM is 
even in its infancy. A data-driven preventive maintenance scheduling architecture 
dependent on IoT and BIM technologies for FMM, comprising an application layer 
as well as an information layer is created to give an improved management plan for 
construction activities. The information layer collects as well as integrates data from 
BIM configurations, FM systems, and IoT networks, whereas the application layer 
includes 4 parameters for preventive analytics: (1) monitoring as well as fault 
alarming method, (2) evaluation method, (3) situation forecasting method, and (4) 
planned maintenance method. The SVM and ANN machine learning techniques are 
utilized to forecast the future state of MEP elements. Thus, the machine learning 
algorithms indicate that continually modified data of information layers, along with 
the application layer will accurately forecast the future state of mechanical, 
electrical, plumbing (MEP) elements for maintenance planning.  
1
Patent AU-2021106429-A4 (AU)
Title: Teacher assistance system and method
Inventor: MANN CODY
IPC: G06Q50/20
Filed: 2021-08-22
Granted: 2021-11-04
Abstract: Semi-automated systems and methods for assisting teachers are provided, including 
examination marking methods that simplify the process for marking examination papers. The 
method comprises: scanning a plurality of student examination papers, each student 
examination paper comprising a plurality of questions, and associated answers; associating the 
scanned student examination papers with one or more marking databases, the marking 
databases including sample answers associated with the questions; extracting answers from the 
plurality of scanned student examination papers; determining a similarity between each answer 
and an associated sample answer; automatically grading an answer when the similarity is above 
a threshold; and providing each answer to a grader (e.g. a teacher) for review and grading when 
the similarity is below the threshold.
4/4 
400 
405 
SCAN STUDENT EXAMINATION PAPERS 
410~ 
ASSOCIATE SCANNED EXAMINATION 
PAPERS WITH ONE OR MORE MARKING 
GUIDES 
415 
EXTRACT ANSWERS FROM 
EXAMINATION PAPERS 
4201 
DETERMINE A SIMILARITY BETWEEN 
ANSWERAND AN ASSOCIATED SAMPLE 
ANSWER 
425 
YES SIMILARITY ABOVE NO 
430 THRESHOLD? 435 
AUTOMATICALLY PROVIDE ANSWER TO A 
GRADE GRADER (E.G. ATEACHER) 
ANSWER FOR REVIEW 
Figure 4